DNSSight is an agentless DNS security and visibility platform that blocks malicious domains at the resolution stage before threats ever reach endpoints, enriches SIEM alerts with DNS context, and delivers a three times return on existing cybersecurity investments by turning DNS traffic into a rich, actionable intelligence layer.
Identifies and blocks malicious domains at the DNS resolution stage before connections are established, preventing threats from reaching endpoints entirely rather than detecting them after the fact and requiring remediation of already-compromised systems.
Detects and stops DNS tunneling attempts at the resolver, cutting off the data exfiltration channel before sensitive information can leave the network through a technique that most network and endpoint security tools fail to identify reliably.
Every DNS request is tied back to the specific user, device, and process that generated it, giving security teams instant attribution context that eliminates the hours of log correlation typically required to trace an alert back to its source.
Connects directly to SIEM platforms and enriches existing alerts with DNS context in real time, without custom scripts or manual data stitching, giving analysts a fuller picture of threat activity and significantly reducing the investigation time required per incident.
DNSSight is a DNS security platform built on a straightforward but powerful premise: every device on a network has to resolve a domain before it can communicate with it, making DNS the earliest and most consistent point at which threats can be identified and stopped. By monitoring and controlling DNS at the resolver level, DNSSight blocks malicious domains before they reach endpoints, ties every DNS request to a specific user, device, and process, and feeds enriched context directly into SIEM platforms without custom scripting or manual correlation. Designed for rapid deployment without agents, DNSSight integrates with existing EDR, SIEM, and cloud security tools to lift the value of the entire security stack rather than operating as a standalone layer. Its architecture delivers always-on DNS protection with zero performance trade-offs, making it equally suited to lean security teams looking for fast time to value and established SOC operations seeking richer investigation context.